[1] Baumgaertner A,Weiller C,Buchel C.Event-related fMRI reveals cortical sites involved in contextual sentence integration.NeuroImage,2002,16(3):736-745
[2] Nathaniel-James DA,Frith CD.The role of the dorsolateral prefrontal cortex:Evidence from the effects of contextual constraint in a sentence completion task.NeuroImage,2002,16(4):1094-1102
[3] Meyer M,Friederici AD,Cramon DY.Neurocognition of auditory sentence comprehension:Event related fMRI re veals sensitivity to syntactic violations and task demands.中国临床心理学杂志2009年第17卷第5期·593· Cognitive Brain Research,2000,9:19-33
[4] Newman SD,Just MA,Keller TA,et al.Differential effects of syntactic and semantic processing on the subregions of Broca's area.Cognitive Brain Research,2003,16:297-307
[5] Homae F,Hashimoto R,Nakajima K,et al.From perception to sentence comprehension:The convergence of auditory and visual information of language in the left inferior frontal cortex.NeuroImage,2002,16:883-900
[6] Friederici AD,Meyer M,von Cramon DY.Auditory language comprehension:An event-related fMRI study on the proc- essing of syntactic and lexical information.Brain Language,2000,74:289-300
[7] Suzuki K,Sakai KL.An Event-related fMRI study of ex- plicit syntactic processing of normal/anormal sentences in contrast to implicit syntactic processing.Cerebral Cortex,2003,13(5):517-526
[8] Just MA,Carpenter PA,Keller TA,et al.Brain activation modulated by sentence comprehension.Science,1996,274(5284):114-116
[9] Stowe LA,Broere CA,Paans AM,et al.Localizing compon- ents of a complex task:Sentence processing and working memory.Neuro Report,1998,9:1995-1999
[10] Peelle JE,McMillan C,Moore P,et al.Dissociable patterns of brain activity during comprehension of rapid and synta- ctically complex speech:Evidence from fMRI.Brain and Language,2004,91(3):315-325
[11] Constable RT,Pugh KR,Berroya E,et al.Sentence comp- lexity and input modality effects in sentence comprehen- sion:A fMRI study.NeuroImage,2004,22(1):11-21
[12] Shibata M,Abe J,Terao A,et al.Neural mechanisms invol- ved in the comprehension of metaphoric and literal sent- ences:An fMRI study.Brain Research,2007,1166:92-102
[13] Uchiyama H,Seki A,Kageyama H,et al.Neural substrates of sarcasm:A functional magnetic-resonance imaging study. Brain Research,2006,1124:100-110
[14] Sieb觟rger FT,Ferstl EC,von Cramon DY.Making sense of nonsense:An fMRI study of task induced inference proc- esses during discourse comprehension.Brainsearch,2007,1166:77-91
[15] Meyer M,Alter K,Friederici A.Functional MR imaging exposes differential brain responses to syntax and prosody during auditory sentence comprehension.Journal of Neuro- linguistics,2003,16:277-300
[16] Hallera S,Radueb EW,Erbc M,et al.Overt sentence pro- ductionin event-related fMRI.Neuropsychologia,2005,43(5):807-814
[17] Kovelman I,Baker SA,Petitto LA.Bilingual and monoling- ual brains compared:A functional magnetic resonance imaging investigation of syntactic processing and a possible “neural signature” of bilingualism.Cogn Neuroscience,2008,20(1):153-169
[18] Zempleni MZ,Haverkort M,Renken R,et al.Evidence for bilateral involvement in idiom comprehension:An fMRI study.NeuroImage,2007,34:1280-1291
[19] Luke KK,Liu HL,Wai YY,et al.Functional anatomy of syntactic and semantic processing in language compre- hension.Human Brain Mapping,2002,16(3):133-145
[20] 杨亦鸣,梁丹丹,顾介鑫,等.名动分类:语法的还是语义的—汉语名动分类的神经语言学研究.语言科学,2002,
[1] :31-46
[21] Xiang H,Lin C,Ma X,et al.Involvement of the cerebellum in semantic discrimination:An fMRI study.Human Brain Mapping,2003,18(3):208-214
[22] Li Ping,et al.Neural representations of nouns and verbs in Chinese:An fMRI study.NeuroImage,2004,21:1533-1541
[23] 郝晶,李坤成,陈骐,等.语义判断中选择与抑制机制的功能 MRI 研究.中国医学影像技术,2004,20(2):223-226
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